Structures

Renderable

Offset	Length	Type	Name	Description	Comments
0x0	0x10	Vector3Plus	mBoundingSphere
0x10	0x2	uint16_t	mu16VersionNumber	Version	11
0x12	0x2	uint16_t	mu16NumMeshes	Number of meshes
0x14	0x4	RenderableMesh**	mppMeshes	Meshes
0x18	0x4	ObjectScopeTextureInfo*	mpObjectScopeTextureInfo		Set at runtime
0x1C	0x2	uint16_t	mu16Flags	Flags	See flags

RenderableMesh

Offset	Length	Type	Name	Description	Comments
0x0	0x10	PackedOobb	mPackedBoundingBox
0x10	0x10	DrawIndexedParameters	mDrawIndexedParameters
0x20	0x4	MaterialAssembly*	mpMaterialAssembly
0x24	0x1	uint8_t	mu8NumVertexDescriptors	Number of vertex descriptors
0x25	0x1	uint8_t	mu8InstanceCount
0x26	0x1	uint8_t	mu8NumVertexBuffers	Number of vertex buffers
0x27	0x1	uint8_t	mu8Flags	Flags	Always 0?
0x28	0x4	void*[1]	maBuffers	Buffers	Index buffers, then vertex buffers, then vertex descriptors. See IndexBuffer and VertexBuffer

PackedOobb

A packed oriented bounding box. It unpacks into a Matrix44 through a set of vector operations.

Offset	Length	Type	Name	Description	Comments
0x0	0x10	VectorIntrinsic	mPackedBB

DrawIndexedParameters

The parameters passed to DrawIndexedVertices().

Offset	Length	Type	Name	Description	Comments
0x0	0x4	uint32_t	PrimitiveType	The type of primitive to render.	See D3DPRIMITIVETYPE
0x4	0x4	int32_t	BaseVertexIndex	Value added to every index after it's retrieved from the index buffer.
0x8	0x4	uint32_t	StartIndex	Location in the index array to start reading vertices.
0xC	0x4	uint32_t	IndexCount	Number of indices to render.

renderengine::IndexBuffer

Hmmm...

To do:
Largely unknown; requires further research. Some fields may be incorrect.

Offset	Length	Type	Name	Description	Comments
0x0	0x4	uint32_t	?	D3D resource type	May have highest nibble as a flag See D3DRESOURCETYPE
0x4	0x4	uint32_t	?		Always 1?
0x8	0x4	?	?
0xC	0x4	?	?
0x10	0x4	?	?
0x14	0x2	int16_t	?		Always -1?
0x16	0x2			Padding
0x18	0x4	uint32_t	?	Start offset
0x1C	0x4	uint32_t	?	Buffer size	May have highest nibble as a flag
0x20	0x4	uint32_t	?	Index count

renderengine::VertexBuffer

Hmmm...

To do:
Largely unknown; requires further research. Some fields may be incorrect.

Offset	Length	Type	Name	Description	Comments
0x0	0x4	uint32_t	?	D3D resource type	May have highest nibble as a flag See D3DRESOURCETYPE
0x4	0x4	uint32_t	?		Always 1?
0x8	0x4	?	?
0xC	0x4	?	?
0x10	0x4	?	?
0x14	0x2	int16_t	?		Always -1?
0x16	0x2			Padding
0x18	0x4	uint32_t	?	Start offset + 3
0x1C	0x4	uint32_t	?	Buffer size + 2	May have highest nibble as a flag
0x20	0x4	uint32_t	?	Buffer size

Enumerations

Renderable flags

Name	Value	Comments
?	0x1
?	0x2
?	0x4
?	0x8
?	0x10
?	0x20
?	0x40
?	0x80
?	0x100
?	0x200
?	0x400
?	0x800

D3DPRIMITIVETYPE

From the Microsoft Xbox 360 SDK.

Name	Value	Comments
D3DPT_POINTLIST	1	Renders the vertices as a collection of isolated points. This value is unsupported for indexed primitives.
D3DPT_LINELIST	2	Renders the vertices as a list of isolated straight line segments. Calls using this primitive type fail if the count is less than two or is odd.
D3DPT_LINESTRIP	3	Renders the vertices as a single polyline. Calls using this primitive type fail if the count is less than two.
D3DPT_TRIANGLELIST	4	Renders the specified vertices as a sequence of isolated triangles. Each group of three vertices defines a separate triangle. Back-face culling is affected by the current winding-order render state.
D3DPT_TRIANGLEFAN	5	Renders the vertices as a triangle fan.
D3DPT_TRIANGLESTRIP	6	Renders the vertices as a triangle strip. The backface-culling flag is automatically flipped on even-numbered triangles.
D3DPT_RECTLIST	8	Each set of three vertices (upper-left corner, upper-right corner, and lower-left corner) defines a screen-aligned quadrilateral. Wherever you would usually use a full-screen quad, such as during a post-processing pass, use the D3DPT_RECTLIST type instead. This primitive type has the advantage that it avoids the performance penalty inherent in the seam that runs down the middle of a quad and so can save a few percent on both fill-rate and pixel shader cost. Pixel shader interpolators for the fourth vertex of the rectangle (lower-right corner) are computed using the equation below. In this equation, i0 is the interpolator for the upper-left vertex, i1 is the interpolator for the upper-right vertex, and i2 is the interpolator for the lower-right vertex. i4 = −i0 + i1 + i2 D3DPT_RECTLIST has several inherent limitations. No clipping or frustum culling is performed. No back-face culling is performed. There is no fill mode other than solid. Vertices are forced to be screen-aligned before the scan conversion.
D3DPT_QUADLIST	13	Each set of four vertices is used to construct a quadrilateral. The vertices in each set should be listed in clockwise or counterclockwise order.
D3DPT_FORCE_DWORD	0x7FFFFFFF	Forces this enumeration to compile to 32 bits in size. This value is not used.

D3DRESOURCETYPE

From the Microsoft Xbox 360 SDK.

Name	Value	Comments
D3DRTYPE_NONE	0	No resource is specified.
D3DRTYPE_VERTEXBUFFER	1	Vertex buffer resource.
D3DRTYPE_INDEXBUFFER	2	Index buffer resource.
D3DRTYPE_TEXTURE	3	Texture resource.
D3DRTYPE_SURFACE	4	Surface resource.
D3DRTYPE_VERTEXDECLARATION	5	Vertex declaration resource.
D3DRTYPE_VERTEXSHADER	6	Vertex shader resource.
D3DRTYPE_PIXELSHADER	7	Pixel shader resource.
D3DRTYPE_CONSTANTBUFFER	8	Constant buffer resource.
D3DRTYPE_COMMANDBUFFER	9	Command buffer resource.
D3DRTYPE_ASYNCCOMMANDBUFFERCALL	10	Aysnchronous command buffer call resource.
D3DRTYPE_PERFCOUNTERBATCH	11	Performance counter batch resource.
D3DRTYPE_OCCLUSIONQUERYBATCH	12	Occlusion query batch resource.
D3DRTYPE_VOLUME	16	Volume resource.
D3DRTYPE_VOLUMETEXTURE	17	Volume texture resource.
D3DRTYPE_CUBETEXTURE	18	Cube texture resource.
D3DRTYPE_ARRAYTEXTURE	19	Array texture resource.
D3DRTYPE_LINETEXTURE	20	Line texture resource.
D3DRTYPE_FORCE_DWORD	0x7FFFFFFF	Forces this enumeration to compile to 32 bits in size. This value is not used.